Exploring Ultra Lightspeed Communication using Relativistic Non Localization
Gajendra Singh Solanki · viXra · 2021
This paper, the tenth in the series of ‘Rudiments of relativity revisited’, explores superluminal communication based on relativistic non-localization of new relativity. The new relativity preserves the lightspeed like the current one but also digs deeper into the mechanism behind this constancy. The relativistic non-localization as a superstate is one of the explanations: a photon exists in a superstate of relativistic non-localization, which collapses on detection such that the lightspeed is preserved in the frame of detection. Is it possible to trick this mechanism for the light to supersede its own speed using one or more cross-frame interruptions meant to collapse its superstate in one frame and relaying another burst of light to be detected in another? The two subsequently relayed light-bursts individually preserve lightspeed in their respective frames of detection, but the net result of the two cross-frame flights can be fast or slow travel in a vacuum. Various caveats, assumptions, and experiments to explore supra or infra luminal communication under new relativity are discussed.